Used WENTWORTH Pegasus S200 #293651362 for sale

WENTWORTH Pegasus S200 is a state-of-the-art prober designed for performance, precision, and reliability in probing semiconductor components and devices. The S200 is a full-featured prober featuring an intuitive Windows-based user interface, an integrated vacuum equipment, and a highly responsive automated stage. The S200 provides excellent repeatability and accuracy for device probing over a large array of materials, making it the perfect choice for device manufacturing and research and development. The S200 is equipped with a robust mechanical system and a dynamic servo drive stage which offers exceptionally repeatable positioning and velocity, allowing for a full range of probing tasks to be performed with confidence. These unit capabilities are complemented by the user-friendly, intuitive Windows-based user interface, which makes setup and operation easy and less time consuming. The S200 also includes a vacuum machine, allowing for rapid, reliable test and measurement operations. For precision and repeatability, the S200 offers a six-axis nanometer-level resolution, allowing for probing of a wide variety of materials, including ICs and MEMS devices. This ensures reliable device and component testing, without compromising accuracy or precision. The S200 operates in an ambient environment, up to an operating temperature of 65°C, with a closed-loop and closed-loop temperature range of 15°C to 25°C. For accurate and reliable probing, the S200 comes equipped with highly accurate probe modules and contact tip selection, allowing for varying levels of power, durability, and performance depending on the device and material under test. The S200 also features a wide range of automatic and manual test sequences, along with a range of test and contact analysis/profiling tools. These features ensure reliable and accurate probing and testing of a wide range of devices and components. Overall, WENTWORTH PEGASUS S 200 is an ideal choice for device manufacturing and research and development. Its high repeatability and accuracy provide reliable testing in the most demanding of environments. The user-friendly interface makes operation simple and intuitive, while its flexible probe modules, contact tip selection and sequence control provide reliable probing and testing of a wide variety of materials and devices.